![]() ![]() But most beginners will find the Raspberry Pi easier to set up and use. An Arduino or a Raspberry Pi would make great centerpieces to a project you’re building. It could be easy to say there’s a winner in this battle, but there isn’t. Arduino vs Raspberry Pi: Which Is Best For You? With the Raspberry Pi Pico costing just $4, however, the Raspberry Pi’s microcontroller is still the best value for money, but this will depend on the performance and power requirements of your particular project. You should consider whether your project really needs a Zero or if a Pico would suffice.As an open-source board, the Arduino also has a number of clones at similar price ranges. Availability: As mentioned earlier, Raspberry Pi Pico boards are in sufficient supply, unlike the Zero and other Raspberry Pi SBCs-although availability is set to improve from the second half of 2023.Although the Raspberry Pi Zero 2 has a small form factor, the Pico is a little smaller (about the size of a stick of gum). Size constraints: You should also consider the size requirements for your project. ![]() Although it is possible to reduce the Pi Zero's power consumption with some workarounds, the Pico uses less power right off the bat. Power consumption: The Pico consumes less power than the Zero, making it suitable for battery-powered or energy-efficient projects.Consider the balance of electronics and computing in your project and choose the right tool for the job. For more complex projects that require an operating system or heavy processing, the Zero is a much better fit. Project complexity: If your project involves simple tasks like reading sensors or controlling LEDs, the Pico is an ideal choice.Here are some important factors to consider when choosing between the two: Zero: Which One to Choose for Your ProjectĬhoosing between the Raspberry Pi Zero and Pico requires you to consider your specific project requirements. A software development kit (SDK) has been provided for the Raspberry Pi Pico and other RP2040 boards which makes it much easier to build applications for the microcontroller using C/C++ and MicroPython. It is designed to be easily programmable using another computer connected to the Pico via a micro-USB cable. Raspberry Pi Pico supports several programming languages, including MicroPython, CircuitPython, and C/C+. If your project does not require the extra processing power of the Raspberry Pi Zero, using the Raspberry Pi Pico helps you reduce electrical power drain, so it may be better suited for simple, portable projects run off a battery pack. It provides two low-power modes: dormant and sleep.Īccording to tests by Jeff Geerling, the Raspberry Pi Zero W and 2 W use 120mA (0.7W) with HDMI and LEDs turned off and onboard Wi-Fi connected. During the popcorn media player test, a demo that uses VGA video, SD card, and I2S audio, the Pico consumed about 0.455W with power-saving turned off. ![]() The Raspberry Pi Pico consumes a minuscule amount of power compared to the Pi Zero. The Raspberry Pi Zero 2 W, on the other hand, offers 512MB of RAM and has a microSD card slot for storage (and the OS) you could also connect external storage via the micro-USB OTG port. It is possible to expand the storage by using a microSD breakout board. The Raspberry Pi Pico provides 256kB of RAM and 2MB of onboard flash storage. While it is perfectly suitable for many embedded applications, it really pales in comparison to the Raspberry Pi Zero 2 W and even the Zero W (which has a single-core 1GHz CPU). On the other hand, the Pico has a dual-core ARM Cortex-M0+ running at a clock speed of 133MHz. The Pi Zero 2 W has a quad-core Cortex-A53 CPU with a default clock speed of 1GHz (without being overclocked). The Raspberry Pi Zero is intended to serve as a general-purpose computer, so it comes with a much more powerful processor than the Pi Pico. The Raspberry Pi Pico is readily available and has been left relatively untouched by recent supply shortages and the scalper situation affecting other Raspberry Pi SBCs. ![]()
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